MXL5KP43AE3

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TVS (Transient Voltage Suppressor) diodes are semiconductor devices that are used to divert or shunt large surges of current away from circuits, even when they are mounted onto a circuit board. MXL5KP43AE3 is one type of TVS Diodes that provides a better level of protection against strong ESD current pulses.

MXL5KP43AE3 is a voltage regulated Avalanche Diode. It is a High Temperature, High Energy 5.0KW Standoff Voltage type TVS Diode available in SMA package. It is designed for protection from ElectroStatic Discharge (ESD) when mounted onto a circuit board. It provides excellent performance and reliability in circuit protection.

MXL5KP43AE3 application field includes Auto Sensors, Automotive Control Circuits, High Voltage Driver, ECU, Automotive Ignition Circuits, Resistive Loads, Data Communications, Industrial Control Circuit, High Voltage Power Supplies, Motor drives, Comms ports, USB, I/O ports, Wireless Communications, etc.

The working principle behind MXL5KP43AE3 is simple yet effective. It basically acts like a resistor, diverting the large surge of current away from the sensitive circuit components. However, its unique design allows it to be mounted directly to the circuit board. The diode activates only when the voltage reaches the specified voltage, and will then force the surge current out of the circuit.

The package used for MXL5KP43AE3 TVS Diodes consists of a stainless steel case, lead-frame, moulded plastic, glass passivated diode array and microceramic protection system. The Pb-free package is RoHS compliant. Its design not only offers protection against ESD, but also provides a good level of insulation.

The MXL5KP43AE3 TVS Diode is an ideal solution for automotive, industrial, and consumer electronics applications that require a reliable and cost-effective protection solution. It provides effective protection against short and long circuit conditions, voltage and current transients. With its high peak pulse power ratings, it offers superior protection against electromagnetic interference (EMI).

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